Features: `Linearizes M/A-COM's PIN Diode Vector Modulators Over a 360° Phase Range`Dual Channels Allow One Driver per Vector Modulator`Output Currents up to 12 mA`Operates with a Single Supply Voltage of +5V`Low Quiescent Currents`Single Control Voltage for Each Channel`6 x 4 mm Chip Scale Packag...
MADRCC0002: Features: `Linearizes M/A-COM's PIN Diode Vector Modulators Over a 360° Phase Range`Dual Channels Allow One Driver per Vector Modulator`Output Currents up to 12 mA`Operates with a Single Supply Volt...
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Power Driver ICs 20V-250V Back Bias Prop. Delay 8us max.
Parameter |
Absolute Maximum |
+VCC |
+20 V |
IN A, IN B |
-0.5V < Input < Vcc +0.5V |
REF A, REF B |
-0.5V < Input < Vcc +0.5V |
Output Short Circuit Current |
20 mA |
Operating Temperature |
-40°C to +85°C |
Storage Temperature |
-65°C to +125°C |
Package Power Dissipation Control Voltage |
150 mW |
Lead Temperature |
300ºC for 10 seconds |
M/A-COM's MADRCC0002 is a dual, break point free driver that produces a logarithmic output current suitable for linearizing PIN diode based vector modulators. This driver, in conjunction with the external components, as defined in Figure 1, produces a linearized transfer function between the input control voltage of the driver and the attenuation / phase output of the vector modulator. The MADRCC0002 has been optimized for linearizing M/A-COM's Vector Modulators (see Table 1), but will function well with most types of cathode grounded vector modulators. The driver is packaged in a 6 x 4 mm Chip Scale Package for commercial SMT applications. A typical schematic for a dual linearizer driving a vector modulator is shown in Figure 1.